Peripheral Vision Leaderboard
Detect dots flashed at varying distances from your gaze center. Tests visual field breadth.
All-Time Rankings
Higher is better
| Rank | Player | Location | Score |
|---|---|---|---|
| #1 |
P
periph_king
GOLD
|
🇺🇸 San Diego | 99% |
| #2 |
W
wideview_x
SILVER
|
🇯🇵 Tokyo | 98% |
| #3 |
V
visual_field
BRONZE
|
🇩🇪 Dresden | 97% |
| #4 |
E
eagle_eye
|
🇰🇷 Seoul | 97% |
| #5 |
P
perif_pro
|
🇬🇧 London | 96% |
| #6 |
W
wide_attn
|
🇸🇬 Singapore | 95% |
| #7 |
P
periph_ace
|
🇦🇺 Adelaide | 95% |
| #8 |
F
fovea_plus
|
🇫🇷 Paris | 94% |
| #9 |
R
rod_king
|
🇨🇳 Wuhan | 93% |
| #10 |
S
side_eye
|
🇧🇷 Curitiba | 92% |
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Sign in with GooglePeripheral Vision - Score Guide & Analysis
What is a good Peripheral Vision score?
| Level | Score Range |
|---|---|
| Exceptional | ≥ 97% |
| Excellent | 93–96% |
| Above Avg | 87–92% |
| Average | 75–86% |
| Below Avg | 60–74% |
| Low | < 60% |
Peripheral vision is mediated by rod photoreceptors and M-pathway (magnocellular) ganglion cells, which are optimized for motion and low-light detection rather than detail. Visual field constriction is a clinical sign of glaucoma, retinitis pigmentosa, and occipital lobe lesions.
What does the Peripheral Vision test measure?
The Peripheral Vision test measures what percentage of targets appearing at varying eccentricities from your central gaze you can detect. The human visual field extends ~100° horizontally, but acuity drops rapidly beyond 5–10° of center. The test challenges your retinal periphery and attentional spread without allowing eye movement.
How to improve your Peripheral Vision score
- → Fix your gaze firmly at the central fixation point - moving your eyes defeats the test.
- → Sit at the recommended screen distance (arms-length) - closer reduces eccentricity artificially.
- → A larger monitor shows genuine peripheral performance; a small screen compresses the visual field.
- → Peripheral vision is trainable through sport (basketball, soccer, hockey) and wide-field activities.